为了检验这种可能性，Bieniasz的团队设计了毫不相关的涂有包膜蛋白的老鼠反转录病毒，这种病毒容许黑猩猩病毒进入细胞。
To test this possibility, Bieniasz's team engineered an unrelated mouse retrovirus coated with the envelope protein that would have allowed the ancient chimpanzee virus to slip into cells.
在一个演示中，它们采用了西雅图儿童医院的一个项目来检验已知蛋白质序列的相互关系。
In one demonstration they undertook a project for Seattle Children's Hospital to examine the interrelationships of known protein sequences.
检验短肠综合征病人木糖吸收水平与残存小肠长度、小肠表面积及蛋白质吸收功能之间的相关性。
The correlationship among the D-xylose absorptive capacity, the remnant small bowel length and area, and protein absorptive capacity were analyzed.
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